Heat Transfer Formula For Closed Circuit Cooling Tower

We express it according to the heat transfer formula of the closed cooling tower:

(1) When the wet bulb temperature rises, the enthalpy of the air increases, the cooling heat transfer decreases, and the cooling capacity decreases;
(2) The temperature of the wet bulb of the stall increases, the enthalpy value of the air increases, and the water temperature of the water outlet of the closed cooling tower increases;
(3) The greater the temperature difference between the dry bulb temperature and the wet bulb temperature, the greater the cooling capacity;
(4) The greater the temperature difference between the dry bulb temperature and the wet bulb temperature, the outlet temperature of the closed cooling tower will be infinitely close to the wet bulb temperature.

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